ASX-listed semiconductor company Archer Materials (ASX:AXE) has hit a key technical milestone, demonstrating that its tunnel magnetoresistance (TMR) sensor technology can function in extreme cryogenic conditions. The result opens the door to potential application across multiple quantum computing platforms and sets the foundation for broader commercial opportunities in advanced sensing markets. TMR Sensors Show Promise
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Last week, the NASDAQ reached its highest level since August 2022 thanks to immense growth in Artificial Intelligence (AI) and associated NASDAQ-listed companies. The combined market value of tech companies listed on the NASDAQ Composite index stood at US $22 trillion, up from US$18 trillion at the end of 2022 with the AI-driven rally contributing
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In a trillion-dollar industry so inundated by competitors, Aussie semiconductor company Archer Materials (ASX: AXE) has managed to stand out and make a name for itself with its unique qubit processor technology, the 12CQ chip, which is paving the path for mobile quantum computing devices. It has the backing of the largest semiconductor chip producer,
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Continued emergence of graphene and its application in biotech is being led by homegrown tech company Archer Materials (ASX: AXE) which has secured access to a $150 million world-class research facility to advance their biochip development. The facility provides Archer with instruments to test its semiconductor device production processes. Key to the deep tech access
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Advanced materials and deep tech company Archer Materials (ASX: AXE) is inching closer towards commercialsation of their world-first quantum computing chip through a new collaboration with artificial intelligence firm Max Kelsen. The collaboration comes with both companies being members of the IBM Q Network, which Archer was admitted to earlier in the year, and will
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Graphene-focused tech company Archer Materials (ASX: AXE) has successfully developed a prototype of its biosensor device using additive manufacturing and a 3D printer to produce hardware that will be vital to their biotech roadmap. The 3D printed device forms the outer cartridge which houses the graphene sensor, with the hardware design having been specifically engineered
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